Amnesia Haze

Amnesia Haze feminised seeds bring together a distinctive Haze-led heritage with Afghani-Hawaiian influence. The result is a strongly Sativa-leaning variety with a longer flowering cycle, a generous branching habit and the potential for substantial harvests in well-managed conditions.

Haze Heritage with Afghani Influence

Amnesia Haze traces its background to Haze genetics brought to Europe from Thai, Cambodian, Lao and Jamaican lines. Those Haze hybrids were later worked with Old School Haze and an Afghani-Hawaiian cross, giving this variety its recognisable blend of uplifting Haze character and more practical flowering traits.

With a 90% Sativa and 10% Indica composition, Amnesia Haze typically develops into a medium-to-tall plant with plenty of lateral branching. The Afghani influence is reflected in its flowering behaviour, while the dominant Haze side remains central to its structure, aroma and overall character.

Lemon, Incense and Cedarwood Aromas

The aromatic profile is layered and unmistakably Haze-forward. Bright lemon notes lead the way, joined by incense-like tones and a dry cedarwood finish. This combination gives Amnesia Haze a fresh yet woody scent profile with the depth associated with classic Haze genetics.

THC levels are listed at 20–25%, with no CBD level specified. Its reported character is stimulating and mind-awakening, making its profile notably energetic rather than heavy or sedating.

Flowering Time, Structure and Yield Potential

Amnesia Haze requires patience, with an indoor flowering time of around 12–13 weeks. Given sufficient light and attentive feeding, the plants can reward growers with dense, productive branching and indoor yield potential of up to 900 g/m². Outdoor plants have a listed potential yield of up to 1,500 g per plant.

This feminised strain suits growers who have room for a taller, branchier Sativa and are prepared to accommodate its extended flowering period. Providing ample light and maintaining an appropriately higher EC level are noted as useful considerations when aiming to get the most from its yield potential.